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Constant angular speed
Storyboard
To describe how the angle evolves over time, it's necessary to analyze its variation throughout time.
The relationship between the change in angle equals the arc angle traveled in the elapsed time, which, when divided by that time, becomes the angular velocity.
When considering a finite time interval, the angular velocity represents the average angular velocity during that interval.
ID:(611, 'ky')
Constant angular speed
Description
To describe how the angle evolves over time, it's necessary to analyze its variation throughout time. The relationship between the change in angle equals the arc angle traveled in the elapsed time, which, when divided by that time, becomes the angular velocity. When considering a finite time interval, the angular velocity represents the average angular velocity during that interval.
ID:(611, 0)